User level thread is the higher level user scheduling unit supported by kernel thread, it supports concurrent execution of user programs.
用户级线程是在核心线程的支持下建立的更高层次的用户调度单位，能较好地支持用户程序的并发执行。
In this paper, a semi-distributed user scheduling and power allocation scheme is developed for the downlink of multi-cell systems with universal frequency reuse.
对全复用多小区系统下行链路用户调度与功率分配问题进行了研究，提出了一种半分布式的用户调度与功率分配方案。
The scheduler user account is needed when the scheduling facilities of DB2 UDB are enabled.
如果要启用DB 2UD b中的调度设施，需要一个调度程序用户帐户。
Keep in mind the "user view" or "programming model" of concurrency as a matter of scheduling access to a unitary resource.
请记住，从“用户视图”或“编程模型”的角度来看，并发就是关于调度对不可分资源的访问这样一件事情。
Configure user access to job scheduling.
配置用户对作业调度的访问。
Rather than build a new framework through which scheduling could be accomplished in user space, LinSched USES the Linux kernel code itself (with wrappers for platform emulation).
LinSched使用Linux内核代码自身(通过仿真平台的包装器)，而不是构建新的框架(通过该框架可以在用户空间中完成调度)。
Event scheduling, user registration and initial avatar set-up must be automated. Much of this has been implemented.
活动安排、用户登记和初始角色设置必须被自动化，其中大部分目标已经实现了。
The R5Mail workload models an active user reading and sending mail, as well as scheduling an appointment, and sending meeting invitations.
R 5 Mail工作负载模拟活动用户阅读和发送邮件、安排约会、发送会议邀请等。
Although LinSched is unique in its capability for user-space scheduler simulation, other tools exist for visualizing kernel scheduling and other activities.
虽然LinSched在其用户空间中调度器模拟的功能方面是独一无二的，但是还存在用于虚拟化内核调度和其他活动的其他工具。
This user model provides the foundation of component search engine scheduling and results merging.
这为成员搜索引擎的调度和搜索结果的整合与排名提供了依据。
User can load task list to Daily Scheduler for easy scheduling.
用户可以负荷任务列表每日调度，便于调度。
In addition, the middleware consists of user management module, configuration module and job scheduling module. The communication protocol is based on XML.
同时在该中间件中还封装了用户管理模块、配置模块和任务调度模块，采用基于XML的通信协议。
The relationship between link scheduling scheme and the performance of user fairness and delay guarantee is analyzed in details.
分析了无线多跳网络中链路调度机制与用户公平性和时延保证特性的关系。
This system chooses scheduling policy of flow depending on user's Numbers of back-order, and delivers the back-order into the user in fixed time and place.
该系统依据用户提交的订货数量不同采取不同的物流调度策略，从而能在指定时间和地点迅速将订货送到用户手中。
Key technologies of the simulation are discussed, including simulation technologies in resource scheduling, middleware, user and application simulation.
论述了网格模拟实现的关键技术，包括资源调度模拟、中间件模拟、应用模拟及用户模拟。
When the difference of the cost between services is not so much, the less time task scheduling does, the more user satisfies.
对用户来说，在花费相差不是很大的情况下，任务调度的时间越短，用户就越满意。
Simulations show that the provenance based equipment scheduling algorithm increases user satisfaction to 80% compared with the random scheduling algorithm.
实验结果表明：相对于随机调度算法，基于溯源信息的设备选择算法使得用户满意程度达80%。
One suboptimal user fairness and delay guarantee link scheduling algorithm is proposed based on the user fairness optimization problem model.
基于用户调度机会公平性最优化问题模型，通过寻求次优解的方案提出一种用户公平性与时延保证链路调度算法。
The progressive transmission strategy is considered to be an effective way to balance contradiction between scheduling the massive spatial data and the real time user experience.
渐进传输被认为是解决目前海量空间数据传输与实时用户体验之间矛盾的有效方法。
This algorithm makes use of the proportional fair (PF) scheduling to select the primary user, and applies grouping as well as adjustable metric criterion designed to select the paring user.
算法通过比例公平(PF)调度选取首用户，并采用分组与所设计的可调度量准则相结合的方式选择配对用户。
Because the channel capacity of existing round robin scheduling is low, a multi-user diversity algorithm cannot consider the fairness among users.
由于现有的轮询算法系统容量较低，而多用户分集算法无法考虑用户的公平性。
In order to implement this algorithm, this paper designed a user-level thread scheduling application framework.
为了实现这一算法，本文设计了一种用户级的应用线程调度框架。
This framework is suitable for user-level scheduler to obtain the distribution, diversity, and different scheduling information.
该结构适合于用户层调度器获得分布的，多样化的，不同的调度信息。
In case of single-cell OFDMA system, the study ranges from single user power allocation, multi-user subcarrier scheduling to joint subcarrier and power allocation.
并重点从功率分配和子载波调度方面对OFDMA系统的资源分配进行了研究和仿真。
Focusing on the resource allocation problem in multi-user orthogonal frequency division multiple access (OFDMA) systems, a multi-carrier proportional fair scheduling algorithm, G-PFS, is proposed.
采用遗传算法搜索子载波最优分配方案，对多用户正交频分复用多址接入(OFDMA)系统资源分配问题进行了研究，提出了一种多载波比例公平调度算法G - PFS。
Using Production Scheduling, it is possible to perform constraint-based finite scheduling for jobs and operations based on pre-defined user objectives, as well as material and resource constraints.
利用生产调度功能，除能对材料和资源进行限制之外，还可根据预先设定的目标，对工作与运行完成限制性的适当调度。
Using Production Scheduling, it is possible to perform constraint-based finite scheduling for jobs and operations based on pre-defined user objectives, as well as material and resource constraints.
利用生产调度功能，除能对材料和资源进行限制之外，还可根据预先设定的目标，对工作与运行完成限制性的适当调度。
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